Used Ms-Maschinenbau Automatic Feed And Centring Equipment for sale (65,767)

Year of construction: 1993, condition: good (used), Vulcanizing press of the company Wickert Maschinenbau GmbH Landau Year of construction: 1993 Machine-No. 2559 pressing force: 2800 kN heating plates: 500 x 500 mm heating: electric Kjdpjn Sm A Ssfx Anuonc distance between plates: 200 mm control Siemens S5 OP17 (conversion to S7 feasible) incl. sliding table, vacuum pump, vacuum chamber, storage tank Good, used condition. With CE-marking.

Condition: new, Year of construction: 2026, operating hours: 2 h, functionality: fully functional, Pelletizing plant for a wide range of materials such as wood, miscanthus, agricultural by-products and waste products (hay, straw, corn straw...) animal feed... This is a complete system (compact system) which is built on a base frame and consists of the following components: Kjdpfx Anovlz H Rjujnc Storage container for raw material 4 m³, including agitator Inclined mixer for raw material including level sensors and fully automatic moisture dosing Dosing container for pressing aids (e.g. corn starch) Dosing screw for optimal material feeding of the press (speed-controlled) Press 15 kW, with horizontal round die, discharge chute, temperature monitoring, overfill protection..... Conveyor belt for pellet removal, discharge height approx. 2.5 m Drum sieve for dust removal and cooling of the pellets The entire system is operated centrally using a Siemens PLC via touch display! In addition, all parameters are permanently monitored so that the system is shut down if a problem occurs! The system is designed and prepared for the operation of a second press! Price excl. VAT! !!!!! Attention!! we are constantly looking for sales and service partners (worldwide) !!!!!

Condition: new, Year of construction: 2025, type of input current: AC, power: 5.5 kW (7.48 HP), input voltage: 400 V, Pelleting plant for a wide variety of materials such as wood, miscanthus, agricultural by-products and waste products (hay, straw, maize straw ....) Animal feed ..... This is a complete system (compact system), which is built on a base frame and consists of the following components: Storage container for raw material 1.5 m³, incl. agitator Inclined mixer for raw material incl. level sensors and fully automatic moisture metering Dosing screw for optimum material feed to the press (speed-controlled) Press 5.5 kW, with horizontal round die, discharge chute with dust separation, temperature monitoring Conveyor belt for pellet removal, discharge height approx. 2.0 m The entire system is operated centrally using a Siemens PLC via touch display! In addition, all parameters are permanently monitored so that the system is shut down if a problem occurs! Price excl. VAT! The price includes operator and service training (in A-4352 Klam)! Knedpfx Anjud Nx Hsuec Attention, some of the pictures do not correspond to the actual system ( are example pictures ) !!!!! Attention!!! we are constantly looking for sales and service partners (worldwide) !!!!!

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 531 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. Ksdpfxez Agv Us Anujnc - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 532 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity Kedpfjz Agw Esx Anujnc - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 533 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations Knjdpoz Ag Rrefx Anusc - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 530 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. Kodpfx Ajzz Rpcenuonc - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Condition: new, functionality: fully functional, fuel type: hybrid, Year of construction: 2026, The FABO FTT-100-S Mobile Tertiary Impact Crushing & Screening Plant is a tracked crushing solution designed for producing high-quality fine aggregates and manufactured sand. Combining a high-speed tertiary impact crusher with an integrated vibrating screen, it delivers excellent product shape, high production efficiency, and reliable performance in quarrying, mining, and recycling applications. Equipped with a PLC automation system, hybrid diesel-electric power unit, and heavy-duty tracked chassis, the FTT-100-S offers outstanding mobility, low operating costs, and quick setup on any job site, making it the ideal choice for demanding crushing projects. Technical Specifications Production Capacity: 180–250 T/H Maximum Feed Size: 120 mm Crusher Type: TK-65 Tertiary Impact Crusher Vibrating Screen: 1500 × 4200 mm Drive System: Hybrid Diesel-Electric Mobility: Tracked Chassis Knsdszv S U Nopfx Anujc FABO – Quality Is Our Soul.

Condition: excellent (used), Year of construction: 2019, functionality: fully functional, Label dispensing module for print integration, print module 4L300 thermal transfer printer, belt conveyor, see photos for details. Kjdpfx Anszn N Nneuenc

Condition: used, Unloader - Sheet Pile Stacker Schneider Maschinenbau AG 1058 Knjdpfx Anjz H Az Sjuec Ablader - Unloader - Sheet Pile Stacker Schneider Maschinenbau AG 1058 Year 1990 - Serial-No. 633-1217 Online-Video-Inspection by WhatsApp - MS Zoom - Telegram On Stock Emskirchen/Nürnberg - Available Immediately - Can be test

Condition: used, Year of construction: 2021, Plasma cutting machine for pipes and profiles Plasma cutting machine for cutting pipes and profiles. The cutting contour is defined and create by the software. The created CNC code can send to the machine via USB or network. The program can be easily choose via the 12"touch display. The automatic cutting process is started after manual insertion of the workpiece. - Tube length: max. 6000mm Kedpfx Anez Nia Ueuonc - for round tube up to OD = 150mm max - for square tube up to 101.6x101.6mm (4 "x4") max - maximum pipe weight 100KG per load - 4-jaw chuck - 1x automatic raw support - fully automatic cutting process - PC control with 12 "touch display - Data import via USB and network - Power consumption: 400V 3P 2KW - weight: 800KG Made in Germany The pictures show you an older machine

Condition: like new (used), Year of construction: 2014, functionality: fully functional, GHD Georg Hartmann Maschinenbau GmbH, SELECTRA 25, 2014, good condition. Knodpfoylurkjx Anujc Capacity: Up to 3000 products /h Product dimensions: Length: 160 - 400 mm, Height: 50 - 150 mm Power input: 5 kW Air: 6,0 bar Ready to ship

Condition: like new (used), Year of construction: 2014, functionality: fully functional, machine/vehicle number: 48041, table height: 850 mm, table width: 1,200 mm, overall weight: 830 kg, hole diameter: 28 mm, table length: 2,400 mm, Demmeler 3D welding table, Profi Eco Line D28, with accessory cart and extensive original accessories – in new condition. For sale is an original Demmeler 3D welding table, Profi Eco Line System D28, with dimensions of 2400 x 1200 mm. The table was purchased in 2014 and has since been stored in our workshop but has never been used in production. The accessory cart and all accessories were also not used in regular operations. The welding table is in very good, unused condition. In some areas, the original protective film is still in place. Due to long-term storage, minimal surface rust has formed on some edges. However, this does not affect the functionality or the working surfaces. Kedozwac Rjpfx Anujnc The original invoice (company data blacked out) and a price comparison from 2014/2026 showing a price increase of approximately 31.5% can be viewed upon request. The scope of delivery includes: Demmeler 3D welding table, Profi Eco Line D28 Original Demmeler accessory cart Extensive original Demmeler accessories (stops, angles, clamping and positioning elements, etc.) as per the inventory list Sale ex works (EXW Munich). Loading and transport are the responsibility of the buyer. Sale exclusively to business customers. Inspection and testing before purchase are expressly desired. Sale is made without any warranty, guarantee, or right of return.

Year of construction: 2024, condition: new, - 150 mm infeed high - 430 mm infeed width - 30 mm chips Kodpfxjful Uie Anuenc - 2 knives - 440mm diameter Rotor - 590 U/min Rotor - 30 m/min Feed speed - 37 KW Mainmotor - 3 KW + 2,2 KW infeed roller Gearboxes - 6.000 mm conveyor belt - 2.000 mm discharge conveyor belt

Condition: ready for operation (used), * Model: tail- and drivedrums * Nr.1 drivedrum: Drumlenght 750 mm- Drum Ø 650 mm- Axislenght 1370 mm- Axis Ø 80/70 mm- Bearings. * Nr.2 taildrum: Drumlenght 750 mm- Drum Ø 500 mm- Axislenght 1150 mm- Axis Ø 70 mm- Bearings. * Nr.3 drivedrum: Drumlenght 750 mm- Drum Ø 650 mm- Axislenght 1570 mm- Axis Ø 125 mm- Bearings. * Nr.4 taildrum: Drumlenght 1150 mm- Drum Ø 520 mm- Axislenght 1550 mm- Axis Ø 100 mm- Bearings. * Nr.5 taildrum: Drumlenght 950 mm- Drum Ø 630 mm- Axislenght 1290 mm- Axis Ø 100 mm- Bearings. * Nr.6 drivedrum: Drumlenght 750 mm- Drum Ø 650 mm- Axislenght 1370 mm- Axis Ø 80/70 mm- Bearings. * Nr.7 taildrum: Drumlenght 1300 mm- Drum Ø 630 mm- Axislenght 1870 mm- Axis Ø 160 mm- Bearings. * Nr.8 taildrum: Drumlenght 950 mm- Drum Ø 650 mm- Axislenght 1350 mm- Axis Ø 110 mm- Bearings. * Nr.9 taildrum: Drumlenght 750 mm- Drum Ø 600 mm- Axislenght 1150 mm- Axis Ø 110 mm- Bearings. * Nr.10 taildrum: Drumlenght 1150 mm- Drum Ø 520 mm- Axislenght 1610 mm- Axis Ø 90 mm- Bearings. * Nr.11 taildrum: Drumlenght 1150 mm- Drum Ø 520 mm- Axislenght 1610 mm- Axis Ø 90 mm- Bearings. * Nr.12 taildrum: Drumlenght 750 mm- Drum Ø 520 mm- Axislenght 1150 mm- Axis Ø 90 mm- Bearings. * Nr.13 taildrum: Drumlenght 750 mm- Drum Ø 490 mm- Axislenght 1150 mm- Axis Ø 90 mm. * Nr.14 taildrum: Drumlenght 750 mm- Drum Ø 490 mm- Axislenght 1150 mm- Axis Ø 90 mm. * Nr.15 taildrum: Rollengte 750 mm- Drum Ø 520 mm- Axislenght 1130 mm- Axis Ø 70 mm- Bearings. * Nr.16 taildrum: Drumlenght 1100 mm- Drum Ø 650 mm- Axislenght 1700 mm- Axis Ø 130 mm- Bearings. * Nr.17 drivedrum: Drumlenght 750 mm- Drum Ø 650 mm- Axislenght 1750 mm- Axis Ø 70 mm- Bearings. * Nr.18 taildrum: Drumlenght 950 mm- Drum Ø 630 mm- Axislenght 1470 mm- Axis Ø 120 mm- Bearings. * Nr.19 drivedrum: Drumlenght 950 mm- Drum Ø 670 mm- Axislenght 1720 mm- Axis Ø 100 mm- Bearings. * Nr.20 taildrum: Drumlenght 1300 mm- Drum Ø 630 mm- Axislenght 1870 mm- Axis Ø 160 mm- Bearings. * Nr.21 taildrum: Drumlenght 1150 mm- Drum Ø 600 mm- Axislenght 1650 mm- Axis Ø 125 mm- Bearings. * Nr.22 taildrum: Drumlenght 1300 mm- Drum Ø 630 mm- Axislenght 1870 mm- Axis Ø 160 mm- Bearings. * Nr.23 taildrum: Drumlenght 1150 mm- Drum Ø 600 mm- Axislenght 1650 mm- Axis Ø 125 mm- Bearings. * Nr.24 drivedrum: Drumlenght 950 mm- Drum Ø 540 mm- Axislenght 1900 mm- Axis Ø 120 mm. * Nr.25 taildrum: Drumlenght 1150 mm- Drum Ø 500 mm- Axislenght 1550 mm- Axis Ø 100 mm- Bearings. * Nr.26 taildrum: Drumlenght 1300 mm- Drum Ø 630 mm- Axislenght 1870 mm- Axis Ø 160 mm- Bearings. * Nr.27 taildrum: Drumlenght 1300 mm- Drum Ø 630 mm- Axislenght 1870 mm- Axis Ø 160 mm- Bearings. * Nr.28 drivedrum: Drumlenght 750 mm- Drum Ø 650 mm- Axislenght 1580 mm- Axis Ø 120 mm- Bearings. * Nr.29 drivedrum: Drumlenght 750 mm- Drum Ø 530 mm- Axislenght 1290 mm- Axis Ø 60 mm- Bearings. Knsdpfx Aoywm Ebenujc * Nr.30 drivedrum: Drumlenght 750 mm- Drum Ø 660 mm- Axislenght 1360 mm- Axis Ø 70 mm- Bearings.

Condition: excellent (used), Year of construction: 2015, Adhesive application machine, HH Maschinenbau Type TH 300 Year of manufacture: 2015 Kjdpfxsz I Rcgs Anusnc

Year of construction: 2024, condition: new, - 160 mm cutting height - 750 mm cutting width - 5-50 (100) m/min steppless feed Knjdsbrq Ndepfx Anuec - 37-110 KW sawing motor - 75mm spindle diameter - 2 movable saw bushes

Condition: new, Year of construction: 2026, Skyrocket your steel cutting productivity and eliminate strenuous labour associated with steel cutting with a semi-automatic saw based on precision servo-motor actuation. Automatic detection of the material placed to cut with the machine setting itself to the shortest cutting stroke needed without you needing to adjust any limit sensors. Automatic detection of saw motor overload and reverse to alleviate. Optional CNC controlled saw mitre angle positioning with touch-pad screen control. • Ø400 mm HSS blade with 2.2 kW drive motor • AS / NZS 4024:2014 safety standard, two hand press cut operation • Semi-automatic cutting with adjustable saw feed rate and blade RPM (20-100) • Spindle and drive unit immersed in oil solution for smooth performance and long service life • Mitering locking device stops at 45° left straight 90° and 45° right • Industrial ball-screw actuator with servo motor control of the saw stroke • Auto-detect of the material size results in short stroke & cut times without user input • Saw overload detection with feed modulation • Fully integrated flood coolant system • Every new unit comes with brand new HSS blade for ferrous cutting • Optional AS / NZS 4024:2014 safety guard with tunnels 900 mm each side of the saw • Safety guard pneumatically liftable on press of a button Kedpfxsmcbk Ro Anusnc • Safety switch disabling the saw operation when guard it up Highly suitable for: • Steel fabrications manufacture • Agricultural manufacture • Caravans and trailers manufacture • Doors and gates manufacture • Retail steel sales

Condition: new, functionality: fully functional, power: 11 kW (14.96 HP), Year of construction: 2025, A spiral-type sand washer machine, also known as a spiral sand washing machine or screw sand washer, is a piece of equipment designed for washing, classifying, and dewatering sand and other granular materials. This type of sand washer typically features a spiral or screw-shaped structure for the purpose of lifting, conveying, and washing materials. Here are key features and aspects of a spiral-type sand washer machine: 1. Spiral Structure: The core component of the machine is a spiral or screw-shaped structure, often enclosed within a tub or trough. This spiral impeller is responsible for lifting, conveying, and washing the sand as it rotates. 2. Tub or Trough Design: The spiral structure is usually housed within a tub or trough that holds the water and sand mixture. This design allows for efficient washing and separation of impurities from the sand. 3. Multiple Blades: The spiral impeller typically has multiple blades or flights that provide mechanical agitation to the sand, ensuring thorough cleaning. 4. Water Injection: Water is injected into the tub or trough to aid in the washing process. The combination of water and the rotating spiral helps to remove impurities from the sand. 5. Adjustable Weirs: Some spiral-type sand washers have adjustable weirs or gates that control the flow of water and the retention time of the sand in the machine, allowing for customization of the washing process. 6. Classification and Dewatering: Spiral sand washers often include features for classifying and dewatering the sand. This may involve the use of a separate compartment or mechanism for fine sand recovery and water drainage. 7. Variable Speed: The rotational speed of the spiral can often be adjusted to optimize the washing process for different types of materials and particle sizes. 8. Capacity: The capacity of a spiral-type sand washer is influenced by factors such as the size of the machine, the pitch of the spiral, and the efficiency of the washing process. Different models are available to suit various production requirements. 9. Materials Handling: Spiral sand washers are commonly used in applications such as aggregate processing, mining, concrete production, and other industries where the removal of impurities from sand is essential. 10. Ease of Maintenance: Many spiral-type sand washers are designed for easy maintenance, with accessible components and inspection points. Kodjq Nf S Ropfx Anusnc Spiral-type sand washer machines are efficient tools for cleaning and processing sand, ensuring that the final product meets quality standards for use in construction, concrete production, and other applications. The specific features and capabilities of these machines can vary between different models and manufacturers.

Year of construction: 1990, condition: good (used), Vulcanizing press of the company Wickert Maschinenbau GmbH Landau Year of construction: 1990 Machine-No. 2559 pressing force: 2800 kN heating plates: 500 x 500 mm heating: electric distance between plates: 200 mm control Siemens S5 OP17 (conversion to S7 feasible) incl. sliding table, vacuum pump, vacuum chamber, storage tank Kjdsn Sm Ayspfx Anuonc Good, used condition. With CE-marking.

Condition: excellent (used), Year of construction: 2017, functionality: fully functional, (Please tell us your offer price) Sale only within Europe, incl. Turkey Price without packaging; delivery condition: FCA (machine location) ===== Technical data see handout. All warranty rights are excluded. For the correctness of the technical data and year of construction, for the completeness of accessories and tool equipment, and for compliance with all safety and environmental protection requirements specified in the accident prevention regulations. No sale to private individuals. Sales only within Europe, incl. Turkey Price without packaging; Delivery condition: FCA (machine location) Ksdpfx Aoz Ebuzjnujnc ===== Technical data please see handout in attachment. German text leading language. Without any guaranty and warranty, including completeness of tools & accessories as well as environmental and safety regulations. No private sales.

Condition: new, Year of construction: 2025, functionality: fully functional, Our SAPI Blasting Halls SAPI sandblasting halls and systems with 50 years of tradition and proven quality. Sandblasting halls are designed for industrial and commercial use, providing a safe environment for all types of blasting work. They include a blasting room, an abrasive recovery system with a filter and dust extraction system, lighting, and safety features to ensure the safety of the operator. Recovery System Our recovery system collects, separates, and reuses the abrasive material, which reduces costs and environmental impact. Ventilation and filtration systems ensure that the air in the hall remains clean. Adequate lighting ensures optimal visibility for the operator. Key Components of Our SAPI Sandblasting Halls: ✅ Blasting Room: The central area where the actual sandblasting takes place. 🌬️ Ventilation and Filtration Systems: Reduce dust levels and ensure optimal visibility. 🔄 SAPI Recovery System: Recycles the abrasive material and reduces costs and environmental impact. 💡 Lighting: Ensures optimal visibility for safe operation. 🦺 Safety Features: Emergency shutdown, fire protection, and protective gear like helmets, overalls, and gloves. ⚙️ Control Panel: The control center that integrates all electrical components. 🗑️ Dust Collection Container: Collects fine abrasive material for easy disposal. 🛠️ Compressor: Powerful compressor for the compressed air supply. 💪 Mammut Sandblasting System: Designed for tough industrial use. Kodpfoun R N Aox Anusnc Reasons to Choose Our Sandblasting Halls: ✅ High Efficiency: Increases productivity and reduces operating costs. 🛡️ Safe and Clean Environment: Minimizes environmental impact and ensures a safe working environment. ⚙️ Customizable Solutions: Tailored solutions for optimal performance. 🔧 High-Quality Components: Durable components that reduce maintenance needs. 🛠️ Support and Service: Expert support for quick problem-solving. 🌱 Environmental Responsibility: Reduces waste and environmental impact. The SAPI Flat Conveyor System: The abrasive material is processed by our efficient abrasive cleaner, which separates contaminants. The system is low-maintenance, operates without interruption, and consumes very little energy. It is easy to retrofit and can be installed on existing hall floors with minimal foundation work. Advantages of Our Flat Conveyor System: ✅ Low installation depth, retrofit-compatible with existing blasting rooms 🔇 Low noise and friction ⚡ Very low energy consumption 🏗️ Very low wear, as only rubber is used 🚧 Very low installation height

Condition: new, Year of construction: 2026, Fully automatic cutting of hardened and stainless steels with simple-to-use automation. Put down any steel to cut, the machine will automatically detect it and cut it into jobs tasked with high-accuracy servo motor material positioning. Excel job lists WIFI input for streamlined input of large cutting lists. Optional fully automatic inline optimiser. Automatic measuring of steel lengths using a laser sensor and on-the-fly job list optimisation against the length measured for minimised wastage in offcuts. Automatic printing of job / part number labels for each part produced (optional). • Fully-automatic cutting operation with bar feeding and cutting to length. • Simple user interface for automatic operation, enter job and cut in seconds. • Simplified part, batch, or large excel lists job cutting. • Remote WIFI excel job lists input with extensive data mapping capabilities. • Fully adjustable saw cutting and material feeding rates for maximum process productivity. • Automatic optimiser operation with input material laser length measure and auto-optimisation for minimum waste (optional). • Automatic labels printing for parts using data from the job list (manual label application, optional). • In-line direct-to-material printing with no operator action required (optional). • Bar codes or QR codes printing or scanning for jobs input (optional). Highly suitable for: • Stainless and hardened steels manufacture • Hydraulic tubing manufacture • Composite / matrix materials manufacture • Carbon fibre manufacture • Fiberglass manufacture Model: S200 Length: 4.5 m Material Length: 3180 mm Knedjma Ddropfx Anujc Pushing capacity: 20 - 40 kg Software: Optimiser QUALITY AUSTRALIAN-MADE MACHINES.

Condition: new, Year of construction: 2026, Fully automatic cutting of hardened and stainless steels with simple-to-use automation. Put down any steel to cut, the machine will automatically detect it and cut it into jobs tasked with high-accuracy servo motor material positioning. Excel job lists WIFI input for streamlined input of large cutting lists. Optional fully automatic inline optimiser. Automatic measuring of steel lengths using a laser sensor and on-the-fly job list optimisation against the length measured for minimised wastage in offcuts. Automatic printing of job / part number labels for each part produced (optional). • Fully-automatic cutting operation with bar feeding and cutting to length. • Simple user interface for automatic operation, enter job and cut in seconds. • Simplified part, batch, or large excel lists job cutting. • Remote WIFI excel job lists input with extensive data mapping capabilities. • Fully adjustable saw cutting and material feeding rates for maximum process productivity. • Automatic optimiser operation with input material laser length measure and auto-optimisation for minimum waste (optional). • Automatic labels printing for parts using data from the job list (manual label application, optional). • In-line direct-to-material printing with no operator action required (optional). • Bar codes or QR codes printing or scanning for jobs input (optional). Highly suitable for: • Stainless and hardened steels manufacture • Hydraulic tubing manufacture • Composite / matrix materials manufacture • Carbon fibre manufacture • Fiberglass manufacture Kodpjma Dd Isfx Anuenc Model: S200 Length: 7.5 m Material Length: 6180 mm Pushing capacity: 20 - 40 kg Software: Optimiser QUALITY AUSTRALIAN-MADE MACHINES.

Condition: new, Year of construction: 2026, A700 Fully Automatic Mitre Solid Wood 9m Fully automatic cutting of large aluminium profiles with simple-to-use automation. Put down any aluminium profile, the machine will automatically detect it and cut it into jobs tasked with high-accuracy servo motor material positioning. Excel job lists WIFI input for streamlined input of large cutting lists. For every piece of aluminium you place down to cut, no matter what length, a laser sensor measures its length. Our powerful optimisation algorithm on-the-fly calculates the best order of parts to produce minimum waste. The machine automatically cuts the calculated list without stopping. No need for any inputs from you, just keep putting in new aluminium stock. Simple, high-speed alternative to double-headed saws. Just enter (or import) the lengths and angles you need and press GO. The machine continuously produces your angled parts, accurately and at high speed. • Fully-automatic cutting operation with bar feeding and cutting to length. • Simple user interface for automatic operation, enter job and cut in seconds. • Simplified part, batch, or large excel lists job cutting. Ksdpfx Aemdq I Ijnuonc • Bundled / multi-bar cutting and counting. • Remote WIFI excel job lists input with extensive data mapping capabilities. • Fully adjustable saw cutting and timber feeding rates for maximum process productivity. • Automatic optimiser mode with timber laser length measure and optimisation for minimum waste (optional). • Automatic labels printing for parts using data from the job list (manual label application, optional). • Inline direct-to-material printing with no operator action required (optional). • Bar codes or QR codes printing or scanning for jobs input (optional). • Automated servo positioning of the saw mitre angle up to ±75° (optional). Highly suitable for: • Frame and truss manufacture • Mitre timber structures manufacture • Bulk timber cutting • Furniture manufacture • Planters and boxes manufacture Model: A700 Length: 9 m Material Length: 8580 mm Pushing capacity: 20 - 40 kg Software: Optimiser QUALITY AUSTRALIAN-MADE MACHINES.